96-Well Full-Skirted Plates have a low-profile, thin well wall design and are compatible with PCR and qPCR applications. They feature an SBS footprint, and the plates are stackable for use in automated systems. These plates are available as SuperPlate, which are more rigid than standard plates, making it easier for robotic handling. The 96-Well Full-Skirted Plates feature a cut corner at the H1 location. These plates also have eight holes in the skirt, aiding in plate positioning and removal from the thermal cycler block. The full skirt surround provides an even surface for robotic arms to grip, making the plate suitable for use with automated systems.

The Thermo Scientific 96-Well Full-Skirted Plates have a low-profile, thin well wall design and are compatible with PCR and qPCR applications. They feature an SBS footprint, and the plates are stackable for use in automated systems. These plates are available as SuperPlate, which are more rigid than standard plates, making it easier for robotic handling. The 96-Well Full-Skirted Plates feature a cut corner at the H1 location. These plates also have eight holes in the skirt, aiding in plate positioning and removal from the thermal cycler block. The full skirt surround provides an even surface for robotic arms to grip, making the plate suitable for use with automated systems. Highlights• ANSI:SBS footprint and stackable for use in automated systems• Low profile to reduce dead space and increase PCR efficiency• Available as SuperPlate, providing 4x more rigidity for superior robotic handling• 0.2 mL maximum well volume (when used with adhesive and heat seals)• Clear well for sample visibility• Sealable using Thermo-Mats, Adhesive Films and Foils, Heat Seals, and all Thermo Scientific Cap Strips• 8 holes in the skirt aid plate positioning and removal from the thermal cycler block• Raised rim design around each well enables secure sealing and safeguards against evaporation• Uniform, thin well walls deliver maximum and consistent heat transfer• Black lettered versions feature black alpha-numeric lettering to allow for easy well identification• White plates are optimized for qPCR by increasing sensitivity and reducing variability in fluorescence detection• Cut Corner: H1 Applications• PCR• qPCR/Real-Time PCR